KY MMNIN
KY MMNIN(Multi-scale Manufacturing and Nano Integration Node)
http://www.kymultiscale.net/First Google hit for “ky multiscale”
Fifth Google hit for “multiscale manufacturing”
Press Announcement
KY MMNIN
Louisville Mayor Greg Fischer, UofL Acting President Neville Pinto, PI Kevin Walsh of UofL and co-PI Todd Hastings of UK in front of 5 TV stations
The next generation of revolutionary products and solutions will require the combination and effective integration of a diverse set of 3D manufacturing processes, spanning lengthscales from the nano to meso/macro regimes. Users want easy access to these resources to rapidly and efficiently fabricate their creative ideas.
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MMNIN Vision
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Smart ocular shunt
NASA CubeSAT micro-satellite
Nano-porous gas pumpWearable electronics
let’s eliminate “kludgy” from the word invention
1. To be a National Center of Excellence for current and next generation 3D multi-scale manufacturing and integration (3D MSMI).
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MMNIN Goals
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Smart IOP lens
2. To offer a comprehensive set of fabrication and characterization capabilities spanning nano to meso/macro regimes.
3. To provide technical expertise for users to rapidly and efficiently integrate these processes.
Leverages over 25 years of expertise in the fields of micro/nanofabrication and 3D additive manufacturing and over $250M of State and EPSCoR investments in state-of-the-art advanced manufacturing equipment to …
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MMNIN User Statistics
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Overviews of our 8 Cores
MMNIN: Unite 8 sustainable centers to provide…• Multiscale and 3D fabrication and characterization• Multiscale integration research and expertise• ~50 related faculty and ~30 technical staff• Seamless interface for users
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MNTCMicro and Nano
Technology Center
RPCRapid
Prototyping Center
CCRERConn Center for
Renewable Energy
HNCFHuson NanoCore Facility
CeNSENanoscale Science
and Engineering
EMCElectron Microscopy
Center
CAMCenter for
Advanced Materials
CAERCenter for Advanced
Energy Research
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Physical FacilitiesKY MMNIN: A Collaborative Center
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KY MMNIN Capabilities
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Micro- and Nano Fab Unit Processes Rapid/Additive Processes
Plus a full set of Metrology and Material Characterization Tools
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KY MMNIN Capabilities
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Microscopy and Characterization
MMNIN: Design, Build, Characterize, Test All in the same node!
And… Full Backend Processing
polishing, lapping, dicing, electroplating, XeF2 release, critical point dry, wafer level bonding, laser cutting, etc
Full Packaging Capabilities dicing, wire-bonding, flip-chip, die attach, surface mount, custom PCB, etc
Full Testing ellipsometry, stress measurement, thermal imaging, contact and non-contact profilometry, 4 point probe, CV, high speed imaging, etc
Site Research ThemesKY MMNIN
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Top Down 3D Integration Challenges (macro/meso to micro – next gen AM)• New 3D multi-scale manufacturing techniques and integration (3D MSMI) strategies• Printing conductive interconnects on highly non-planar AM surfaces• Integrating micro-fluidics with AM and 3D printing• Strategies for embedding sensors, electronics and components inside AM products• 3D printed electronic, optical, biological, and sensing materials• 3D MSMI design for manufacturability (DFM)
Bottom Up 3D Integration Challenges (nano/micro to meso)• Self-assembly and 3D patterning at the nano-level• Focused e-beam induced processing in liquids• Grayscale for generating 3D topologies• 2D to 3D self-assembly using released stress-engineered films• Strategies for fabricating 3D MEMS bistable elements (no-power MEMS)• Custom characterization tools for the nano/micro regime
Materials and Software Challenges• New materials for additive manufacturing (AM) and 3D printing• Integrated and mixed AM layers for achieving specific functionality• Smart materials• AM strategies to improve resolution• Software development for AM and MSMI
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MMNIN Faculty and Research Strengths
Multiscale3D Fab
Nanomaterials & Nanomanufacturing
16 faculty
Biotechnology10 faculty
MEMS & Microfluidics
11 faculty
Additive Manufacturing
9 faculty
Electronics & Photonics5 faculty
KY MMNIN OrganizationKY MMNIN
meet annually
meet quarterly
meet monthly
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Set up the KY MMNIN website Implemented FOM for facility management Developed an on-line Equipment Data Base for our site Hired 2 nano-coordinators and 2 integration engineers Established the KY MMNIN Advisory Board Made several equipment purchases Developed some multi-scale demonstration projects Increased industrial client usage Hired 3 Endowed Chairs in Advanced Manufacturing and
Nano-integration Chair of NNCI Equipment and Research Sub-committee Several E&O activities
Accomplishments to Date
KY MMNIN
www.kymultiscale.net
KY Multi-Scale Website
Statewide Facility Integration
• Single point-of-entry, statewide system for equipment reservation/interlocking, reporting and communications (uses Facility Online Manager, FOM)
I-64
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Recent Equipment Additions
• Ordered SPTS Primaxx HF Vapor Etch System
• Purchased 2 Benchtop 3D Printers • FDM and SLA• For Embedded Sensors
• Purchased Helios Dual Beam System• NSF EPSCoR• ebeam for imaging• Ga beam for patterning
• Pending purchase of NanoScribe System
• 2 MRI Proposals Submitted• UK - Transmission Electron Microscope
for Cross-Disciplinary Research in Materials and Life Sciences
• UofL - In-situ Liquid Cell Electrochemistry System and Cathodoluminescence Imaging System for Electron Microscopy Studies of Novel Energy Materials
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Education and Outreach (E&O)
Activities
NanoDays at the KY Science Center
NanoDays is an event introducing a variety of STEMcareers and activities to our next-generation scientistsand provides them the opportunity to interact withnanotechnology professionals. This career-focusedscience celebration features extra interactivemicro/nano experiences, local professionals from or KYMultiscale-Manufacturing site (MMNIN), hands-onactivities, and powerful demonstrations regarding micro-nanotechnology. This event is hosted annually at theKentucky Science Center in partnership with MMNIN.
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New REU Program in Micro/NanotechnologyIMPACT
(Interdisciplinary Micro/nanotechnology Program Addressing Challenges Today)
Our student group includes several first generation college students from our Kentucky feeder colleges, 3 females, 1 Native American and 2 Hispanic students. Represented schools include Cornell, Virginia Tech, South Dakota School of Mines and Technology, New Mexico State, Furman, Morehead, Centre, Berea, and Bellarmine. All students receive a unique NNCI-related hands-on cleanroom experience where they each fabricate and test a photovoltaic device. In addition to that, all of the individual faculty-mentored research projects involve some aspect of micro/nanotechnology.
New Mexico State student at National REU Symposium in DC
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Japanese NIMS Graduate Exchange Program
Two graduate students were awardees of an internship by the Nanotechnology Platform of Japan for nanotechnology research in the United States during the summer of 2016. This program is administered by the National Institute of Materials Science in Japan (NIMS), and in the US by the National Nanotechnology Coordinated Infrastructure site at Cornell (NNCI-CNF) as a student exchange program between the Nanotechnology Platform and NNCI.
UK REU Program in Engineering Bioactive Interfaces and Devices
UK currently has a REU program in Engineered Bioactive Interfaces and Devices directed by Professor Kim Anderson. During the first week of the REU program, all students participate in a one day introduction to CeNSE and EMC capabilities and research goals. A number of these students are trained on the centers’ instrumentation and continue as users throughout the course of the summer. Before the start of the NNCI award CeNSE and the EMC supported the research of several members of the 2015 cohort.Cameron Spitzfaden (Alma College) presented his research entitled
“Surface Plasmon Resonance Imager Using a Coded-Aperture Sensor” at the NSF Research Experiences for Undergraduates Symposium, October 2016.
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KY MMNINNSF “Ask a Nano Expert” and “Generation Nano” Initiatives
Participant and Judge
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NSF and NBC Learn “Science of Innovation” Videos
Dr. Angelique Johnson and MEMStim
One of 6 NBC Learn 5-min Videos
OUTREACH DATA SUMMARY Middle School High School Undergrad Students
Graduate Students
Professional/Post Grad.
All ages
2016 Nanodays @ the Kentucky Science Center ~2000
UofL Summer REU Program 10
Japanese NIMS Graduate Exchange Program 2
MNTC Summer Camps 12
Idea Festival Aerospace Conference NA
Engineering Expo (UofL) / Engineering Day (UK) ~3000
CCRER Summer Camps 25
CCRER High School Fair Mentoring 10
CCRER Visiting Research Scholars 5
CCRER Wastestock Challenge 15
WaterStep 1
RPC Prototyping ME capstone, rocket team, and 3D printing programs
~25
University Innovation Fellow Program 4
CeNSE and EMC UK REU Program training support 2
UK’s president’s Summer Youth Program for outstanding minority students
2
CeNSE and EMC nano-fabrication demonstrations 70
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Suggestions and Comments for the Future
John Shott of our Advisory Board
1. Diversity of User Population – It is often difficult to identify a “discipline” for each project since many projects these days are so interdisciplinary. The NSF might consider replacing “disciplines” with an agreed upon list of “application areas” based upon the NSF grand challenges.
2. Not penalize the smaller EPSCoR sites (Montana, Nebraska, Kentucky) for increasing their number of internal users when collecting site statistics. When evaluating the ratio of external users to internal users, perhaps use a constant baseline (year 1 for example) for the number of internal users in all calculations.
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